From Smalltimes: The U.S. National Cancer Institute has made first-year awards totaling $26.3 million to seven Centers for Cancer Nanotechnology Excellence: UNC, UCSD, Emory/Georgia Tech, MIT/Harvard, Northwestern, Caltech, and Washington U. Wonderful program, but the name is a bit awkward: “Cancer Nanotechnology”. But not as awkward as the name of NCI’s main nanotech program: NCI… Continue reading $26.3 million for 7 Centers for Cancer Nanotechnology Excellence
Foresight Participating Member Mark Sims of Nanorex brings our attention to this NSF solicitation on Active Nanostuctures and Nanosystems, with proposals due November 29, so get going on this now (emphasis added): “Examples of active nanostructures are nanoelectromechanical systems (NEMS), nanomachines, self-healing materials, nanobiodevices, transistors, amplifiers, targeted drugs and chemicals, actuators, molecular machines, light-driven molecular… Continue reading $42 million for active nanostructures and nanosystems
[Welcome Instapundit readers — subscribe at “Free Registration” in the right-hand column to get nanotech email news deliveries. –CP] From Mark Sims of Nanorex we heard about these seven nanomachine simulations, all on one web page and operating successfully despite the jiggling of thermal noise. The eighth graphic is a cutaway showing the internals of… Continue reading Must-see gallery of nanomachine simulations
Richard Jones asks: “Why does the molecular manufacturing community seem to have many fewer members in the UK than it does in the USA? I don’t think it’s fair to say that the dramatic vision of molecular manufacturing is pursued in a contextual vacuum – I think there is quite a well-developed world view that… Continue reading Nanotech: US ambition, UK pessimism
From the ever-diligent Charles Q. Choi, on work by physicist Shubhra Gangopadhyay at the University of Missouri at Columbia: “The researchers [have] coated devices made of glass with a mixture of nanoparticle fuel such as aluminum and oxidizer such as iron oxide. The nanoparticle quality of the fuel and oxidizer provides far greater surface area… Continue reading Nanoexplosions-on-a-chip
Jenny Hogan blogs for Nature.com: “The historic city of Edinburgh in Scotland is this week hosting hundreds of scientists and politicians discussing “Nanotechnology and the Health of the EU Citizen in 2020” [pdf] at the aptly named EuroNanoForum 2005 meeting… “[Using iron oxide nanoparticles to treat cancer], we are told, is the first anti-cancer therapy… Continue reading Medical nanotech conference blogged at Nature.com
New research on public attitudes by U. Wisconsin journalism prof Dietram Scheufele: “Scheufele worked with Cornell University associate professor Bruce Lewenstein on the survey, the results of which will be published in the Journal of Nanoparticle Research and Science Communication. “The survey showed that about 25 percent of respondents reported never having heard of the… Continue reading Nanotech in U.S.: more public awareness means more support
VC (and Foresight Participating Member) Norm Wu continues his series of articles on nanotech over at ExtremeNano, this time covering how it will be used in future medical diagnostics, imaging and therapeutics. A sample: “In yet another potentially high impact nanotherapeutic approach, Professor Reza Ghadiri and his group at Scripps Research Institute have developed nanobiotic… Continue reading Mini-tutorial on nanotech for medicine, part 1
Prof. Morinobu Endo of Shinshu University in Japan, widely regarded as a Nobel candidate for his work with carbon nanotubes, speaks out bluntly in an article in RedNova News: ” ‘Nanotechnology is certain to play a crucial role in creating technological innovations in the 21st century,’ says Endo, who is believed to be a Nobel… Continue reading Nanotube pioneer calls nanotech a matter of life or death for developed nations
From Roland Piquepaille: Gecko lizards, which can climb any vertical surface and hang from a ceiling with one toe, have fascinated scientists for a long time. Their foot-hairs have a structure which allow them to strongly adhere to [almost] any type and shape of surface. Now, according to this short news release from the National… Continue reading Nanotube structures stickier than gecko feet
